Width: 1100 mm Length: 2200 mm Number of Cylinders: 6 pcs Pressure Power: 80 tons Opening Size: 400 mm Plate Type: Aluminum Heating System: Oil System
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Width: 1250 mm Length: 2500 mm Number of Cylinders: 6 pcs Pressing Power: 80 tons Opening Size: 400 mm Plate Type: Aluminum Heating System: Oil System 1. Design and Structure Multi-Layer Rack System: Plates (tables) stacked on top of each other are seen in the middle part of the machine. This structure allows multiple panels to be pressed simultaneously, increasing production capacity. Hydraulic Pistons: The white vertical cylinders located at the bottom push the tables upwards, creating high pressure with tons of weight on the materials. Main Body: It has a robust frame made of thick steel construction resistant to high pressure. 2. Usage Purposes This machine is generally preferred for the following operations: Veneering Operations: Gluing natural wood veneer, laminate, or PVC onto particleboard or MDF panels. Plywood Production: Gluing thin wood layers (veneers) and pressing them on top of each other to form plywood. Panel Furniture: Gluing door surfaces or manufacturing solid panels. 3. Highlighted Details Control Unit: The analog pressure gauge (manometer) located in the upper right corner and digital temperature/time setting screens allow for precise control of the pressing process. Motor and Pump Group: The gray motor in the lower right corner is the unit that generates the power required by the hydraulic system. Safety: The orange cage on the left prevents access to moving parts, ensuring workplace safety. In short, this machine is a professional production tool designed for high-volume and standard-quality gluing/pressing jobs in the furniture and wood industry.
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Width: 1300 mm Length: 3000 mm Number of Cylinders: 6 units Pressing force: 80 tons Opening size: 400 mm Plate Type: Aluminum Heating System: Oil System Pressing Plates: Wide plates located in the middle allow for compression of the material (e.g., bonding veneer onto wood panels) under high pressure and heat. Hydraulic Pistons: Black cylinders seen at the bottom apply strong upward pressure, ensuring the material is pressed uniformly. Heating System: Press plates are typically heated by oil or electricity, which helps the glue cure faster and improves the quality of the process. Control Panel: Buttons and indicators (including a pressure gauge) located in the top right corner are for managing pressure settings, temperature control, and pressing time. Safety Cage: The orange metal cage on the left protects the operator from moving parts during operation. Hydraulic Unit: The motor and tank system in the bottom right corner generates the hydraulic power required for the machine to operate. These types of machines are standard equipment in the industry, especially for bonding laminate or natural veneer onto particleboard and MDF.
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Width: 1100 mm Length: 2200 mm Number of Cylinders: 6 Pressure Power: 80 tons Opening Size: 400 mm Plate Type: Aluminum Heating System: Electric Resistance System Structural Design: Built on multiple hydraulic cylinders (pistons). This structure ensures equal and balanced pressure is applied to every point of the pressing plate. Application Area: Used for bonding veneer, laminate, or protective layers onto boards such as particleboard and MDF. It is also ideal for laminating (joining) wooden parts together. Control Panel: Digital displays and buttons in the top right corner allow for precise adjustment of pressure amount, pressing time, and (if heated) plate temperature. Hydraulic Power Unit: The motor and oil tank located in the bottom right provide the high power required for piston operation. Mechanical Support: Gear racks (rack and pinion) in the middle section ensure the upper platen remains parallel during its downward and upward movement, preventing warping.
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Width: 1250 mm Length: 2500 mm Number of Cylinders: 6 units Pressing Power: 80 tons Opening Size: 400 mm Plate Type: Aluminum Heating System: Electric Resistance System 1. Multi-Opening Design As seen in the image, the machine consists of multiple horizontal plates with gaps between them. This structure allows the manufacturer to press 3-4 times more products (e.g., door panels or parquet) in the same amount of time. 2. Heating System These machines typically operate with hot oil or steam circulating through the plates. The high heat applied during pressing ensures that the glue dries quickly and the material (MDF, particleboard, veneer) permanently bonds together. 3. Control Panel and Monitoring The digital displays and buttons in the top right corner are used to adjust the temperature of the plates, pressing pressure, and the duration the press will remain closed. The analog gauge (manometer) next to it allows for monitoring the hydraulic pressure in the system. 4. Technical Components Hydraulic Unit: The motor and reservoir in the bottom right corner generate the power to push the heavy plates upwards. Red Support Column: Forms the main body of the machine and stabilizes vertical movement. Platens: Flattened steel surfaces that ensure the materials (gray flat surfaces) placed between the plates receive uniform pressure. Applications Furniture Industry: Door manufacturing, plywood bonding, and laminate coating processes. Panel Production: Pressing of acoustic panels or special insulation boards. Composite Materials: Bonding of different layers under heat and pressure.
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Width: 1300 mm Length: 3000 mm Number of Cylinders: 6 units Pressure Power: 80 tons Opening Size: 400 mm Plate Type: Stainless Steel Heating System: Electric Resistance System Pressing Mechanism: Cylindrical black shafts (pistons) located in the middle section enable the upper platen to apply very high pressure downwards. In this model, a multi-piston system is used for balanced distribution of pressing force. Red Striped Upper Platen: This movable part is the pressing surface that bears down on the material. The red stripe is usually added for safety or visual distinction. Rack and Pinion System: The vertical gear shafts seen between the pistons guarantee that the upper platen descends with millimeter precision and completely flat (parallel) during pressing. Hydraulic Unit and Motor: The motor located in the bottom right corner and the gray tank next to it are the "heart" of the system. Oil pressure is generated here and transmitted to the pistons. Areas of Use: Wood and Furniture: Bonding door panels or MDF boards. Automotive/Metal: Interlocking or forming parts. Construction: Sandwich panel production or compression of insulation materials. This machine is a powerful engineering product designed to compress, bond, or shape materials under high pressure.
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Width: Request a quote Length: Request a quote Number of Cylinders: Request a quote Pressing Power: Request a quote Opening Size: Request a quote Plate Type: Request a quote 1. Application Area and Purpose This machine is designed to press multiple panels simultaneously under high pressure and temperature. Its primary functions include: Veneer Gluing: Gluing natural wood veneer onto particleboard or MDF. Lamination: Applying high-pressure laminate (HPL) or paper impregnation onto panels. Plywood Production: Gluing together layers of wood panels. 2. Structural Features Multi-Daylight Structure: As seen in the visual, there are 6-8 stacked platens. This allows for the pressing of numerous parts at once, increasing production speed. Hydraulic System: Cylinders at the bottom push the platens upwards, applying immense pressure in tons. Heating Plates: Each layer contains steel platens through which hot water, oil, or steam circulates. This heat ensures rapid glue curing. 3. Design Details Control Cabinet: The white box located at the front of the machine is the main control center where temperature and pressure settings are adjusted. Safety Cages: The orange-netted structures on the sides are safety barriers designed to protect the operator from moving parts. Robust Frame: The machine is constructed with thick steel columns to withstand the immense pressure applied. This machine is an industrial giant that offers significant savings in labor and time for workshops engaged in mass production.
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